Which of the following statements accurately describe meristems? Select each correct answer. a. Apical meristems allow a plant to grow taller above ground and to extend deeper into the ground. b. C. A meristematic cell has the ability to differentiate into one of multiple different cell types. Lateral meristems become active later in the life of a plant and allow an older plant to grow through elongation of the roots and shoots. d. The morphology of woody eudicot stems differs with age due the action of lateral meristems. e. In monocots, secondary growth is a product of apical meristems.

Which of the following statements accurately describe meristems? Select each correct answer. a. Apical meristems allow a plant to grow taller above ground and to extend deeper into the ground. b. C. A meristematic cell has the ability to differentiate into one of multiple different cell types. Lateral meristems become active later in the life … Read more

Which of the following statements accurately describe the vascular cambium? Select each correct answer. a. The vascular cambium produces secondary xylem and secondary phloem in the form of vascular bundles. b. The vascular cambium is located near the center of the stem and builds tissue in rings outward from the very center of the stem toward the outside perimeter of the stem. c. The vascular cambium produces secondary xylem, while the cork cambium produces secondary phloem. d. The vascular cambium produces rings of secondary xylei and rings of secondary phloem, which increases the diameter of a tree. e. The vascular cambium produces wood.

Which of the following statements accurately describe the vascular cambium? Select each correct answer. a. The vascular cambium produces secondary xylem and secondary phloem in the form of vascular bundles. b. The vascular cambium is located near the center of the stem and builds tissue in rings outward from the very center of the stem … Read more

Which of the following is/are produced by the vascular cambium?Select all that apply.secondary phloemsecondary xylemgrowth rings in woodprimary growthRequest Answer Which of the following is / are produced by the vascular cambium? Select all that apply. secondary phloem secondary xylem growth rings in wood primary growth

Which of the following is/are produced by the vascular cambium?Select all that apply.secondary phloemsecondary xylemgrowth rings in woodprimary growthRequest Answer Which of the following is / are produced by the vascular cambium? Select all that apply. secondary phloem secondary xylem growth rings in wood primary growth

Which of the following best describes the location of the vascular cambium in a tree trunk?It is found just underneath the bark when a tree is young, but is later found toward the center of the tree as the bark grows over the vascular cambium.It is found just underneath the bark, regardless of how old the tree is.It is the outermost layer of tree bark.It is Which of the following best describes the location of the vascular cambium in a tree trunk? It is found just underneath the bark when a tree is young, but is later found toward the center of the tree as the bark grows over the vascular cambium. It is found just underneath the bark, regardless of how old the tree is . It is the outermost layer of tree bark. It is located at the very center of a tree trunk.

Which of the following best describes the location of the vascular cambium in a tree trunk?It is found just underneath the bark when a tree is young, but is later found toward the center of the tree as the bark grows over the vascular cambium.It is found just underneath the bark, regardless of how old … Read more

Which of the following statements about the vascular cambium is true? It is a type of apical meristem. It develops into cork cells on the outside of the cortex. It is a layer of undifferentiated cells that develops into secondary xylem and phloem. It is located between the primary xylem and cortex.

Which of the following statements about the vascular cambium is true? It is a type of apical meristem. It develops into cork cells on the outside of the cortex. It is a layer of undifferentiated cells that develops into secondary xylem and phloem. It is located between the primary xylem and cortex.

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